Turning a CR-10 Into a Speed Machine| CR-10S Rebuild Part 2

In this video I show you how to rebuild and upgrade a 3D printer from the ground up. Brought to you by PCBWay, check them out using my link: https://pcbway.com/g/PCsz2y and get $5 off your first order! This is Part 2 of my full ground-up rebuild of my original Creality CR-10S. In this video I focus on rebuilding the entire frame, upgrading the motion system, installing new mechanical components, and pushing the printer to its limits to see how fast a fully rebuilt bed slinger can actually go. The upgrades in this video include a reinforced 4040 aluminum extrusion frame, a full support cage that also acts as the enclosure frame, linear rails on all axes, a belt-driven Z-axis with gear reduction, an all-wheel-drive Y-axis with carbon-fiber gantry components, and high-speed testing using Klipper. The goal is to turn this old CR-10 into a fast, rigid, modern machine capable of high acceleration and high-speed 3D printing. This project blends DIY, 3D printing, electronics, mechanical design, and water-cooling, making it perfect for makers, creators, PC modders, and 3D printing enthusiasts. I also want to give a big thank you to the creators of the LH Stinger project for the inspiration behind some of the parts of this build, such as the belt-driven Z-axis mechanism, rigid gantry design were inspired by the LH Stinger and adapted for this custom CR-10 rebuild. I highly recommend checking out the LH Stinger project here: https://github.com/lhndo/LH-Stinger Subscribe so you don’t miss any future videos and check the links below for parts, files, and future updates. If you want to support the channel directly you can do so by becoming a patron:   / marcelgenis   Files: You can find all of the files for the printer right here (still have to upload the assembly file): https://www.thingiverse.com/thing:732... If you want PCBWay to make the carbon gantry plates for you, just follow the link to place your order: https://www.pcbway.com/project/sharep... Components: All of the components I used from Biqu and Bigtreetech (affiliated links): BTT Octopus Max EZ (https://tidd.ly/4pR0mbQ) BTT EBB 36 V1.2 (https://tidd.ly/497MIdd) 3 x EZ Easy Driver EZ2209 (https://tidd.ly/49rP3RC) BIQU Universal Turbo Kit (https://tidd.ly/4axgBGm) CPAP Tube for Turbo Kit (https://tidd.ly/3Y7KINl) LDO Orbiter Extruder V2.5 (https://tidd.ly/3LjnFMx) Affiliated Amazon Links: 240mm Aluminum Radiator (https://amzn.to/48Tj2Sv) Phanteks D30-120 Fans (https://amzn.to/3Yb2peM) CAN Cable (Just Cut off the connector) (https://amzn.to/3LdMvNQ) Raspberry Pi4 (https://amzn.to/3YdI48H) Exact 12V DC Water Cooling Pump I used (https://amzn.to/3MSJtz5) Non-Affiliated Links: Phaetus High Flow Dragon Water hotend (https://www.phaetus.com/products/drag...) Cartographer 3D Probe (https://cartographer3d.com/products/c...) 4mm Polyurethane Hose (https://za.rs-online.com/web/p/hose-p...) Chapters 00:00 Intro 01:03 The Printer didn't like that 01:56 New Bulky Frame 04:49 Z-Axis 05:42 Y-Axis 07:16 Today's Sponsor PCBWay 08:03 Y-Axis Assembly 09:59 X-Axis 10:48 Finishing Touches 12:03 The Cartographer Probe 12:40 First Print 13:11 Input Shaping 13:53 Flow Test 15:03 Speed Test 16:26 Quality Benchy 17:36 Speed Benchy 18:35 Still to come 18:57 Outro #3dprinting #diy3dprinter #3dprinterupgrade #3dprinter #cr10